Hello Friends,
It’s been so long since I posted my last blog, so just wanted to update the blog with another post on Power Electronics. Since last few months, I am getting lots of email from fellow students related to the multilevel inverter simulink model which is there on my blog since a long time. So In this blog post, I thought of sharing the Simulink Model of a 3 phase Inverter which I prepared yesterday just to refresh my Power Electronics Fundamental.
The 3 phase Inverter which I prepared in Simulink runs in 180 degree conduction Mode. You can find the circuit in the image given below (Click on the image to enlarge):
The Output 3 phase waveforms as visible in Simulink scope can be seen in the image given below:
The pulses given to the IGBTs are in accordance with 180 degree conduction mode as
per the
diagram shown below:
For more information, you can download the original Simulink file from here
[Download Link]
Hope this simulation helps you. For any clarifications, you can comment below.
Have a nice day!
It’s been so long since I posted my last blog, so just wanted to update the blog with another post on Power Electronics. Since last few months, I am getting lots of email from fellow students related to the multilevel inverter simulink model which is there on my blog since a long time. So In this blog post, I thought of sharing the Simulink Model of a 3 phase Inverter which I prepared yesterday just to refresh my Power Electronics Fundamental.
The 3 phase Inverter which I prepared in Simulink runs in 180 degree conduction Mode. You can find the circuit in the image given below (Click on the image to enlarge):
3 Phase Inverter 180 degree Conduction Mode Simulink Model |
The Output 3 phase waveforms as visible in Simulink scope can be seen in the image given below:
3 Phase Inverter 180 degree Conduction Mode Output Waveforms |
3 Phase Inverter IGBT Pulses for 180 degree conduction mode |
For more information, you can download the original Simulink file from here
[Download Link]
Hope this simulation helps you. For any clarifications, you can comment below.
Have a nice day!